Craft launched from Luna, no tether can go farther, faster while being lighter Exploring more worlds with joy and curiosity hosting ideas, deploying empathy and even skepticism for humanity From the edge of a gravitational well they can push the discourse and shape its course All of these futures can
Before we begin, I’m thrilled to share that Open Lunar Foundation is continuing as a sponsor of my Moon Monday blog+newsletter for the sixth year! 🌕 Open Lunar is a US-based non-profit organization with a global team that develops bottom-up tools of lunar governance to enable
Moon Monday #286: China’s Chang’e 6 samples have helped scientists decipher enigmatic layers of the lunar farside, leaving a curious trail for future missions to build upon.
* Why explore asteroids, comets, and other small worlds * When to worry about an asteroid hitting Earth * Psyche, exploring a metal world * Japan wants to sample Mars’ moon Phobos with its MMX mission * Weirdest types of moons in our Solar System Related: Articles on moons other than our Moon Like my
I’m very much a Moon person but I’ve written a bit about Mars over the years as well, highlighting a few key aspects about the red planet’s exploration which I thought aren’t discussed as much or in detail. NASA explores Mars * Looking back at Pathfinder as
Announcement before we begin: I’m excited to welcome PierSight as a returning sponsor of my independent space writing for another year! 🌙 Ahmedabad-based PierSight is building a constellation of SAR satellites equipped with AIS sensors for persistent, all-weather ocean studies and monitoring. With $8 million raised in funds,
Indian Space Progress #39-40: How a multitude of causes slow down the pace of India’s launch vehicles, and what would it take for the country to achieve an optimum “hat-trick” state given its many needs and ambitions in space.
Moon Monday #277: How quickly Blue flies New Glenn again, the timing and outcome of the first Mark 1 lander flight, and what NASA shares about the crewed Mark 2 are the key things to watch out for.
The near-polar lunar surface and environment had never been measured in-situ before Chandrayaan 3 arrived. Now our understanding of it has been grounded in measurements just as we prepare to send a wave of Moon missions.
Artemis updates * Science communicator Hank Green made this interactive website of photos spread across the timeline of the Artemis II lunar mission and flyby. * Among the technological checkpoints passed by Artemis II, the NASA-MIT-developed optical laser communications terminal on the Orion spacecraft was successfully used to transmit and
* Why explore Venus * VERITAS, NASA’s Venus mapper * EnVision, Europe’s mission to Venus * ISRO’s plan to study Venus in unprecedented detail alongside NASA and ESA Related: Slightly different articles on Mars and missions to it Like my efforts to provide free resources for space communities worldwide? Kindly sponsor
Part 4 of India’s space launch crisis: Why India needs to launch Chandrayaan 4 in time to ensure maximum national and international benefits | Moon Monday #273 and Indian Space Progress #38
* Chandrayaan 4 will bring unique Moon materials—and maybe a giant scientific leap for India * The case for India and China to exchange lunar samples * Why India needs to launch Chandrayaan 4 in time to ensure maximum national and international benefits * Chandrayaan 5 LUPEX mission will drill for water on
* An overview of all Chandrayaan 3 science results * How Chandrayaan 3 contributed insights on our Moon’s origin and evolution * Results from Chandrayaan 3 thermal experiment benefit future missions eyeing lunar water * Chandrayaan 3 rover may (or may not) have stumbled upon the Moon’s mantle material * Chandrayaan 3 orbiter
* On Chandrayaan 2’s landing attempt failure * Overview of Chandrayaan 2, India’s first Moon landing attempt * Watching Chandrayaan 2 launch * Explainer: Why did it take so long to find the Chandrayaan 2 lander? * Chandrayaan 2, the orbiter to remember * India aims for the Moon again with launch of Chandrayaan
Let’s explore explore our Moon and its archival boon of Earth’s midnight and afternoon Let’s return return to the gray blemishes for its scientific promises and its technological wishes Let’s also preserve preserve Luna’s natural dents its phases and cultural crescents and the serene sights
* ISRO’s Chandrayaan 2 orbiter has been creating the highest resolution map of the Moon * Lunar science results from Chandrayaan 2 * The sharpest lunar imager * How the Chandrayaan 2 orbiter is a Sun watcher at the Moon * The search for lunar water deepens * International collaboration and outlook: * ISRO has been
* Looking back at Chandrayaan 1 and forward to Artemis * How NASA and India discovered water on our Moon * Interviewing Chandrayaan 1’s Mission Director * How Chandrayaan 1 viewed a solar eclipse from the Moon * Tangent: Kids in South Korea and a Moon mission Like my efforts to provide free resources
Tucked in a tiny timed capsule against its wonky, worldly windows mesmerized the momentary Moonfarers at sweeping sights of Selene Creased by craters and crowning peaks melts and mountains molded in weeks amid barrages of ballistically laid beads lingered the landscape of Luna What the world could view is impact
Original in Hindustani, as English transliteration and in देवनागरी, followed by its English translation (though not as lyrical): Antariksh ki pyaas Woh bachpan ki kitaabe jisne dikhaye sitaare aaj bhi yaad se nihaare Durbin ki drishṭi me jagmag falak aur yaano ki gati se graho ki jalak Kalpana
We can build cities on the Moon—but who will govern them? Amid a global lunar rush, will we land peaceful norms alongside our spacecraft? Last month SpaceX and its founder Elon Musk flipped their stance on the Moon from treating it as a distraction to positioning it as central
To understand the pride and perils of the PSLV is to understand India’s launch infrastructure and its risky commonalities | Indian Space Progress #35-36
Moon Monday #260: Safety planning spans all phases and aspects of the crewed lunar mission, weaved into hardware, operations, and astronaut training. 🦺